Bone marrow aspirate concentrate (BMAC) draws on the healing cells in your own bone marrow — collected, concentrated and injected in a single visit by a surgeon who knows the anatomy underneath.
BMAC (bone marrow aspirate concentrate) is prepared by drawing a small amount of bone marrow — usually from the back of the pelvis — concentrating its cells and growth factors, and injecting the concentrate into the injured joint or tendon the same day. Dr. Bastian offers BMAC for select joint, cartilage and tendon problems on a transparent cash-pay basis.
Bone marrow contains a mix of repair-oriented cells, including mesenchymal stromal cells, along with growth factors. For BMAC, a small volume of marrow is drawn from the back of the pelvis under local anesthetic, concentrated in a centrifuge, and injected into the joint or tendon being treated — all in one visit, using your own tissue.
BMAC is often marketed as “stem cell therapy,” and that shorthand oversells it. The honest version: BMAC delivers a concentrated mix of your own cells and signaling proteins that may support healing in the right setting — it does not regrow cartilage, and a reputable surgeon won’t promise that it does. Dr. Bastian will give you a realistic picture of what BMAC can and can’t do for your specific problem.
Most patients find the aspiration far more manageable than they expected — the area is numbed thoroughly, and the draw itself is brief. You’ll go home the same day with soreness at the aspiration and injection sites for several days. As with PRP, improvement is gradual, building over weeks to months, and you may be asked to limit NSAIDs around the procedure.
BMAC is generally not covered by insurance and is offered with clear cash-pay pricing quoted in writing before you book. Because Dr. Bastian is a surgeon, he can also use BMAC to augment surgical repairs when the biology needs help — and he’ll tell you plainly if you’re better served by another treatment entirely.
Request a consultation and Dr. Bastian will help you understand your options.